CN103048957A - Intelligent power supply control system - Google Patents
Intelligent power supply control system Download PDFInfo
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- CN103048957A CN103048957A CN2011103174069A CN201110317406A CN103048957A CN 103048957 A CN103048957 A CN 103048957A CN 2011103174069 A CN2011103174069 A CN 2011103174069A CN 201110317406 A CN201110317406 A CN 201110317406A CN 103048957 A CN103048957 A CN 103048957A
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Abstract
The invention relates to an intelligent power supply control system, comprising a gateway controller and at least one socket module. The gateway controller can control a power supply state of all the socket modules within an area in a wireless manner, and store a power supply state of each socket module among different time points. Therefore, a user can randomly switch the power supply states of the socket modules within the area through the gateway controller, and or send a switching instruction according to power supply state information stored by the gateway controller, so that all the socket modules within the area are recovered to the power supply state at one time point. Furthermore, the gateway controller can pre-set various condition modes for the socket modules, so that all the socket modules within the area are simultaneously switched into the desired power supply state according to the condition mode in the case of need.
Description
Technical field
The present invention is relevant for power control system, especially more relevant for can monitor and posting field in the power supply status of various modules, with the power control system of the power supply status that switches at any time modules.
Background technology
Generally speaking, in order to use electrical appliance miscellaneous, such as electric light, TV, cold air, electric warming-up etc., therefore in buildings in general, it is indispensable that socket is generally.By the use of a plurality of sockets, the user is able to the electric energy that civil power is supplied with is offered these electrical appliances, to make these electrical appliance starts.
Buildings now, such as dwelling house or office etc. all is provided with a plurality of sockets, and by distribution the city is electrically connected on the socket, uses, and various electrical appliance is able to by the plug socket of pegging graft, the electric energy of being supplied with to receive civil power.Yet, usually have a plurality of sockets in the buildings, use a plurality of electronic installations to peg graft respectively; And, usually also can have a plurality of switches, connect respectively different load elements, remove for leading on-off with the power supply status that switches each load elements.
Be with; for the user; when the quantity of socket and switch is more; the power supply status that is difficult in fact all sockets of effective keyholed back plate and all switches; therefore often can forget the plug of untapped electrical appliance is pulled out on socket; or forget switch of closing untapped load elements etc., thereby cause the waste of electric energy.
As mentioned above, the real power control system that a kind of novelty should be provided on the market, not only make the user can long-range switching all sockets in the specific region and the power supply status of switch, also can record sometime or the power supply status of a certain situation, use according to the required power supply status that switches socket and switch.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of intelligent electric source control system, can monitor, record and switch power supply status and the Energy consumption of the various module in the specific region by the lock track control unit.
In order to reach above-mentioned purpose, the present invention mainly provides a kind of intelligent electric source control system, comprising:
One lock track control unit receives order that the running gear of an outside sends and start, and this lock track control unit comprises:
One wireless network module is with the wireless connections of this action device, to receive this order;
One microprocessing unit is electrically connected this wireless network module, produces one first switching command according to this order;
One wireless transmit/receive units is electrically connected this microprocessing unit, externally sends this first switching command, and receives outside one first power state information that transmits; And
One storage unit is electrically connected this microprocessing unit, stores outside this first power state information that transmits; And
A plurality of jack modules, respectively with these lock track control unit wireless connections, receive this first switching command that this lock track control unit sends, respectively this jack module switches respectively the power supply status of self according to this first switching command, and produces this first power state information and be back to this lock track control unit.
As mentioned above, wherein this lock track control unit also comprises an Ethernet module, is electrically connected this microprocessing unit, and this Ethernet module is connected by the terminating machine of grid line with an outside, the order of sending to receive this terminating machine.
As mentioned above, wherein this jack module comprises:
One power supply is tracked down the unit, is electrically connected a power lead, removes for leading on-off in order to the power supply status that switches and detect this jack module;
One microprocessing unit is electrically connected this power supply and tracks down the unit, and the testing result of tracking down the unit according to this power supply produces this first power state information; And
One wireless transmit/receive units is electrically connected this microprocessing unit, in order to receiving this first switching command, and externally transmits this first power state information of self.
As mentioned above, wherein this jack module also comprises a socket, is electrically connected this power supply and tracks down the unit, and this jack module offers this external electronic by this socket grafting external electronic with the electric energy that this power lead is supplied with.
As mentioned above, wherein this jack module also comprises a lamp socket, is electrically connected this power supply and tracks down the unit, and this jack module connects bulb by this lamp socket, offers this bulb with the electric energy that this power lead is supplied with.
As mentioned above, wherein this lock track control unit is by digital addressable lighting interface (Digital Addressable Lighting Interface, DALI) agreement and respectively these jack module wireless connections, so that this jack module is respectively carried out addressing.
As mentioned above, wherein this lock track control unit and this jack module respectively be by this first switching command of Zigbee agreement wireless transmission and this first power state information, and the instruction of transmitting and information conforms DALI agreement.
As mentioned above, wherein this power supply on this jack module is tracked down the magnitude of current that the unit more detects this jack module, and the magnitude of current information that transmits is stored in this storage unit of this lock track control unit to this lock track control unit.
As mentioned above, wherein this jack module also comprises a display unit, is electrically connected this microprocessing unit, and this power supply on this jack module is tracked down the magnitude of current that the unit more detects this jack module, and shows a magnitude of current information on this display unit.
As mentioned above, wherein store at least one contextual model in this storage unit of this lock track control unit, the power supply status of pre-recorded respectively this jack module of this at least one contextual model, this lock track control unit sends this first switching command to this jack module respectively according to this contextual model, and order respectively this jack module switches to power supply status that should contextual model.
As mentioned above, wherein also comprise a plurality of switch modules, respectively with these lock track control unit wireless connections, respectively this switch module receives the steering order that this lock track control unit sends, also returning respectively a second source status information with the power supply status that detects self stores to this lock track control unit, and this lock track control unit sends extremely respectively this switch module of one second switching command, to switch the respectively power supply status of this switch module.
As mentioned above, wherein respectively this switch module externally connects respectively a power lead and a load elements, offers this load elements with the electric energy that this power lead is supplied with, and respectively this switch module comprises respectively:
One power supply is tracked down the unit, is electrically connected this power lead, removes for leading on-off with the power supply status that switches and detect this switch module;
One switch element is subjected to the outside to control to control the switching that this power supply is tracked down the unit;
One micro-control unit is electrically connected this power supply and tracks down unit and this switch element, and produces this second source status information according to the testing result that this power supply is tracked down the unit;
One wireless transmit/receive units is electrically connected this micro-control unit, receives outside this steering order and this second switching command that transmits, and externally sends this second source status information;
One storage unit is electrically connected this micro-control unit, in order to store this second source status information; And
One load seat is electrically connected this power supply and tracks down the unit, and this switch module connects this load elements by this load seat.
As mentioned above, wherein this lock track control unit and respectively this switch module by digital addressable lighting interface (Digital Addressable Lighting Interface, DALI) agreement wireless connections, to carry out addressing.
As mentioned above, wherein this lock track control unit and this switch module respectively be by this steering order of Zigbee agreement wireless transmission, this second switching command and this second source status information, and the instruction of transmitting and information conforms DALI agreement.
As mentioned above, wherein respectively each other wireless connections of this switch module, to consist of a group, has a main switch module in this group, when this main switch module is subjected to external drive and enters a mode of learning, this main switch module receives and stores this second source status information that all these switch modules in this group transmit, when this main switch module is subjected to external drive and starts one when recovering pattern, send this second switching command according to these stored second source status informations, make all these switch modules in this group switch the power supply status of self, the power supply status when entering mode of learning to revert to.
As mentioned above, wherein, when this main switch module enters this mode of learning, send this steering order all these switch modules to this group, make all these switch modules detect the power supply status of self, and return this second source status information to this main switch module.
As mentioned above, wherein, when this main switch module entered mode of learning, this switch module of all in this group was sent to this second source status information in this lock track control unit simultaneously and stores.
As mentioned above, wherein this switch element is a touch control type switch.
The technique effect that the present invention can reach against existing technologies is, the power supply status of wireless all modules in Zone switched can be come by the lock track control unit, and modules can be monitored and record in power supply status and the Energy consumption of different time points.By this, by the access to the lock track control unit, the power supply status of all modules in the user is can be arbitrarily Zone switched removes for leading on-off, or makes all modules revert to simultaneously power supply status on certain time point.
Description of drawings
Fig. 1 is the synoptic diagram that arranges of a preferred embodiment of the present invention;
Fig. 2 is the system architecture diagram of a preferred embodiment of the present invention;
Fig. 3 is the lock track control unit calcspar of a preferred embodiment of the present invention;
Fig. 4 A is the jack module calcspar of a preferred embodiment of the present invention;
Fig. 4 B is the jack module calcspar of another preferred embodiment of the present invention;
Fig. 5 is the switch module calcspar of a preferred embodiment of the present invention.
Wherein, Reference numeral:
1 ... the lock track control unit;
11 ... wireless transmit/receive units;
12 ... microprocessing unit;
13 ... storage unit;
14 ... the Ethernet module;
15 ... wireless network module;
2,2 ' ... jack module;
20 ... external electronic;
21 ... wireless transmit/receive units;
22 ... microprocessing unit;
23 ... power supply is tracked down the unit;
24 ... socket;
25 ... display unit;
26 ... lamp socket;
260 ... bulb;
3 ... switch module;
30 ... load elements;
31 ... switch element;
32 ... microprocessing unit;
33 ... power supply is tracked down the unit;
34 ... the load seat;
35 ... wireless transmit/receive units;
36 ... storage unit;
4 power leads;
5 ... running gear;
51 ... application program;
6 ... terminating machine;
61 ... application program;
7 ... remote testing;
71 ... application program;
C1 ... steering order;
S1 ... the first switching command;
S2 ... the second switching command;
I1 ... the first power state information;
I2 ... the second source status information;
I3 ... magnitude of current information.
Embodiment
Hereby with regard to a preferred embodiment of the present invention, cooperate graphicly, be described in detail as follows.
Head please consults Fig. 1 and Fig. 2 simultaneously, for a preferred embodiment of the present invention synoptic diagram and system architecture diagram is set.The invention provides a kind of intelligent electric source control system, this intelligent electric source control system mainly comprises a lock track control unit 1 and at least one jack module 2, wherein respectively this jack module 2 for being arranged at a specific region, the general socket in the dwelling house for example, and respectively with these lock track control unit 1 wireless connections.Respectively this jack module 2 connects respectively a power lead 4 (for example power lead 4 of civil power) and an external electronic 20 (this external electronic 20 shown in Fig. 4 A), uses the electric energy that this power lead 4 is supplied with and offers this external electronic 20.
In the present embodiment, this lock track control unit 1 is main by digital addressable lighting interface (Digital Addressable Lighting Interface, DALI) agreement and respectively these jack module 2 wireless connections, so that this jack module 2 is respectively carried out addressing.Thus, this lock track control unit 1 can be learnt the respectively logical address of this jack module 2, uses and transmits instruction to this jack module 2 respectively, with the long-range switching power supply status of this jack module 2 respectively.So benefit is, when the user goes out, if wish is saved the electric energy in the dwelling house, can switch to disconnected removing by the long-range respectively power supply status of this jack module 2, and then this external electronic 20 (such as electric fan, air conditioner etc.) that order is connected with this jack module 2 respectively stops start, saves by this waste of electric energy.
This intelligent power control system also can comprise at least one switch module 3, with these lock track control unit 1 wireless connections.Respectively this switch module 3 connects respectively this power lead 4 and a load elements 30, uses the electric energy that this power lead 4 is supplied with and offers this load elements 30 (for example being a bulb).Respectively this switch module 3 is except switching the power supply status of self by the switch element 31 on it (this switch element 31 as shown in Figure 5), outside the start of controlling this load elements 30, also can by the power supply status of this lock track control unit 1 this switch module 3 of wireless switching, do not limited.
In the present embodiment, this lock track control unit 1 is main to be connected with these switch module 3 lines respectively by the DALI agreement, so that this switch module 3 is respectively carried out addressing.Thus, this lock track control unit 1 can be learnt the respectively logical address of this switch module 3, uses and transmits instruction to this switch module 3 respectively, with the long-range switching power supply status of this switch module 3 respectively.Meaning namely, the user also can long-range start of switching this load elements 30 by this lock track control unit 1 except switching the start of this load elements 30 by this switch element 31 on this switch module 3 respectively.
This lock track control unit 1 is by wireless network, and WIFI network for example is with action device 5, for example Smart Phone wireless connections.One application program 51 is installed in this action device 5, and the user can come this lock track control unit 1 of access with this application program 51 in this action device 5, uses by this lock track control unit 1 and checks respectively this jack module 2 and the respectively power supply status of this switch module 3.And then the user must by all these jack modules 2 in this zone and the power supply status of this switch module 3, learn the Energy consumption that this is regional.And the user also can be in long-range switching respectively this jack module 2 and the power supply status of this switch module 3 respectively.
Moreover this lock track control unit 1 also can connect a terminating machine 6 by grid line, and a desktop PC is for example used by Ethernet (Ethernet) and is connected with this terminating machine 6.One application program 61 is installed in this terminating machine 6, and the user can use this this lock track control unit 1 of application program 61 accesses in this terminating machine 6, to monitor all these jack modules 2 in this zone and the power supply status of this switch module 3.And this lock track control unit 1 also can connect the Internet by Ethernet, with a remote testing 7 wireless connections.Be positioned at the user beyond this zone, can come this lock track control unit 1 of remote access with the application program 71 in this remote testing 7, to monitor all these jack modules 2 in this zone and the power supply status of this switch module 3.So benefit is, even the user not in this dwelling house, also can long-rangely carry out supervision and the switching of power supply status to all modules in this dwelling house, and then learn the Energy consumption in the dwelling house, can effectively avoid by this waste of the energy.
Continuous see also Fig. 3, be the lock track control unit calcspar of a preferred embodiment of the present invention.This lock track control unit 1 mainly comprises a wireless transmit/receive units 11, a microprocessing unit 12, a storage unit 13, an Ethernet module 14, reaches a wireless network module 15, and wherein this microprocessing unit 12 is electrically connected these wireless transmit/receive units 11, this storage unit 13, this Ethernet module 14, reaches this wireless network module 15.
When this lock track control unit 1 of user's access with monitoring this jack module 2 and/or respectively during this switch module 3 respectively, send an order to this lock track control unit 1 by this action device 5, this terminating machine 6 or this remote testing, this lock track control unit 1 receives these orders by this Ethernet module 14 or this wireless network module 15, and is sent in this microprocessing unit 12 and processes.This orders to produce one first switching command S1 these microprocessing unit 12 Main Basiss, and by this wireless transmit/receive units 11 this first switching command S1 is sent to interior respectively this jack module 2 in zone, to switch the respectively power supply status of this jack module 2.And respectively this jack module 2 produces one first power state information I1 according to the power supply status of self respectively, and is back to this lock track control unit 1, to be stored in this storage unit 13.Thus, the user can come this lock track control unit 1 of access by this action device 5, this terminating machine 6 or this remote testing 7, with by stored these first power state information I1, learn the respectively power supply status of this jack module 2 (more specifically, learning that respectively this external electronic 20 is start (On) or not start (Off)).
Moreover, purpose on the user is decided, this microprocessing unit 12 also can order to produce a steering order C1 according to this, and by this wireless transmit/receive units 11 with this steering order C1 be sent to the zone in respectively this switch module 3, require the power supply status of respectively these switch module 3 detections self, and produce respectively a second source status information I2, to be back to this lock track control unit 1, be stored in this storage unit 13.By this, but this lock track control unit 1 of user's access, with by stored these second source status informations I2, learn the power supply status (more specifically, learning that respectively this load elements 30 is start (On) or not start (Off)) of all these switch modules 3 in the zone.
It is worth mentioning that, in this storage unit 13 of this lock track control unit 1, also can store in advance at least one contextual model (figure indicate), pre-recorded respectively this jack module 2 of this at least one contextual model and/or the power supply status of this switch module 3 respectively.By this, but this lock track control unit 1 of user's access, to send extremely respectively this jack module 2 of this first switching command S1 according to this stored contextual model, or send this second switching command S2 to this switch module 3 respectively, order respectively this jack module 2 and/or respectively this switch module 3 switch to power supply status that should contextual model.For instance, this contextual model can be a battery saving mode, when this lock track control unit 1 sends this first switching command S1 according to this battery saving mode, the power supply status that this jack module 1 of in this zone all switches self removes for disconnected, be with, this external electronic 20 that is connected with this jack module 1 respectively all can't start, can reach the purpose of power saving.Yet the above only is preferred embodiment of the present invention, should be as limit.
Continuous see also Fig. 4 A, be the jack module calcspar of a preferred embodiment of the present invention.This jack module 2 mainly comprise a wireless transmit/receive units 21, a microprocessing unit 22, and a power supply track down unit 23, wherein this microprocessing unit 22 is electrically connected these wireless transmit/receive units 21 and this power supply is tracked down unit 23.This power supply is tracked down unit 23 and is electrically connected these power leads 4, is to remove for leading on-off in order to the power supply status that switches and detect this jack module 2.The testing result that this microprocessing unit 22 is tracked down unit 23 according to this power supply produces this first power state information I1, this wireless transmit/receive units 21 then with these lock track control unit 1 wireless connections, use from this lock track control unit 1 and receive this first switching command S1, and externally transmit this first power state information I1.
In the present embodiment, this jack module 2 also comprises a socket 24, is electrically connected this power supply and tracks down unit 23, and this external electronic 20 mainly by attaching plug this socket 24 of pegging graft, is used from this socket 24 and obtained the electric energy that this power lead 4 is supplied with.
Moreover, as shown in Fig. 4 B, be the jack module calcspar of another preferred embodiment of the present invention.In present embodiment, this socket 24 mainly can replace by a lamp socket 26, and this lamp socket 26 is electrically connected this power supply and tracks down unit 23.As shown in fig. 1, jack module 2 ' mainly arranges a bulb 260 by this lamp socket 26, and this bulb 260 obtains the electric energy that this power lead 4 is supplied with by this lamp socket 26, and then is able to luminous.In the present embodiment, respectively this jack module 2 and 2 ' does not have switching function, so the start of this external electronic 20 and this bulb 260 and not start, only can switch by this first switching command S1 of this lock track control unit 1.Respectively this jack module 2 and the 2 ' power supply status according to self produce this first power state information I1, and be back in this lock track control unit 1 and store, but this lock track control unit 1 of user's access to be learning respectively this jack module 2 and 2 ' present power supply status, and then learns that this external electronic 20 and this bulb 260 are start or not start at present.
It is worth mentioning that this power supply on this jack module 2 is tracked down the magnitude of current that unit 23 also can detect this jack module 2, use producing a magnitude of current information I3.This jack module 2 can be sent to this magnitude of current information I3 in this lock track control unit 1, and is stored in this storage unit 13 in this lock track control unit 1.Thus, the user can learn which jack module 2 compares power consumption (namely by this lock track control unit 1, this external electronic 20 which this jack module 2 connects is than power consumption), use, when the user wants to save electric energy, can be with reference to these magnitude of current information I3, being made as disconnected removing than the power supply status of this jack module 2 of power consumption.
Moreover this jack module 2 also can comprise a display unit 25, is electrically connected this power supply and tracks down unit 23.This jack module 2 can be shown in this magnitude of current information I3 on this display unit 25, use the user can be directly on this display unit 25 of this jack module 2 respectively, why learn the magnitude of current of this jack module 2 respectively.Moreover, but this this magnitude of current information of jack module 2 direct basis I3 calculates the power consumption that makes of this jack module 2, and shows on this display unit 25.
Continuous see also Fig. 5, be the switch module calcspar of a preferred embodiment of the present invention.This switch module 3 comprises that mainly this switch element 31, a microprocessing unit 32, a power supply track down unit 33, a wireless transmit/receive units 35, an and storage unit 36, and wherein this microprocessing unit 32 is electrically connected these switch elements 31, this power supply and tracks down unit 33, this wireless transmit/receive units 35, and this storage unit 36.This power supply is tracked down unit 33 and is electrically connected these power leads 4, removes for leading on-off with the power supply status that switches and detect this switch module 3.This switch element 31 is controlled by user's outside, track down the switching of unit 33 to control this power supply, more specifically, the user can be by controlling this switch element 31, switch the power supply status (that is, switching the start and not start of this load elements 30 that is connected with this switch module 3) of this switch module 3.
The testing result that this micro-control unit is tracked down unit 33 according to this power supply produces this second source status information I2, and is stored in this storage unit 36.This switch module 3 is by this wireless transmit/receive units 35 and these lock track control unit 1 wireless connections, this steering order C1 and this second switching command S2 that transmit to receive this lock track control unit 1, and this second source status information I2 that produces is sent to this lock track control unit 1.
This switch module 3 also can comprise a load seat 34, is electrically connected this power supply and tracks down unit 33, and this switch module 3 arranges this load elements 30 by this load seat 34, offers this load elements 30 with the electric energy that this power lead 4 is supplied with.For example shown in Fig. 1, this load seat 34 can be a lamp socket for example, and this load elements 30 can for example be a bulb, but not as limit.Be with this jack module 2 and 2 ' difference, the user comes this lock track control unit 1 of access except operating this action device 5, this terminating machine 6 or this remote testing 7, use outside the power supply status of this switch module 3 of long-range switching, also can directly switch by this switch element 31 power supply status of this switch module 3, from this jack module 2 and 2 ' can only be different by the mode that this lock track control unit 1 switches.
It is worth mentioning that this intelligent electric source control system of the present invention can have a plurality of these switch modules 3, and respectively these the each other wireless connections of switch module 3 in the zone, to consist of a group.Have at least one main switch module in this group, this main switch module can be subjected to external drive to enter a mode of learning or to start a recovery pattern.And this switch module 3 of all in this group all can be chosen as this main switch module by the user, and each this switch module 3 all can be controlled by another main switch module, is not limited.
More specifically, when this main switch module is driven by the user and enters this mode of learning, receive and store this second source status information I2 that all these switch modules 3 in this group transmit.More specifically, when this main switch pattern enters this mode of learning, mainly send this steering order C1 all these switch modules 3 to this group, use order respectively this switch module 3 detect respectively self power supply status, to produce and to return this second source status information I2 to this main switch module, in this storage unit 34 that is stored in this main switch pattern.
When this main switch module is driven by the user and starts this recovery pattern, this main switch module produces and sends this second switching command S2 according to stored these second source status informations I2 at that time, this switch module 3 of in this group all receives respectively this second switching command S2, and switch the power supply status of self, the power supply status of the time point when entering at that time this mode of learning to revert to according to this second switching command S2.
For instance, when if this main switch module enters this mode of learning, the power supply status of this switch module 3 of all in the parlor is all disconnected removing, and the power supply status of all these switch modules 3 in the bedroom is all conducting, and then this state will be recorded in this main switch module.Thereafter, no matter the power supply status of these switch modules 3 why,, this main switch module starts this recovery pattern as long as being driven, then these switch modules 3 all can be received this second switching command S2, state when entering at that time this mode of learning to revert to (, this switch module 3 of in the parlor all is all disconnected removing, and all these switch modules 3 in the bedroom are all conducting).
It is worth mentioning that, respectively this switch module 3 is except can controlling by this switch element 31 on it and this main switch module, also can control by this lock track control unit 1, be with, when this main switch module entered this mode of learning, this switch module 3 of all in this group was sent to this second source state I 2 that produces simultaneously in this lock track control unit 1 and stores.By this, but this lock track control unit 1 of user's direct access trigger and start this recovery pattern, revert to power supply status when entering at that time this mode of learning to control respectively this switch module 3 in this group.
In the present embodiment, respectively this switch element 31 on this switch module 3 is mainly a touch control type switch, and, this main switch module this switch element 31 thereon is subjected to special touching, when for example touching continuously three times, enter this mode of learning or start this recovery pattern, but do not limited.
In the present embodiment, respectively this switch module 3 is connected to each other by the DALI agreement each other, uses and carries out each other the addressing action.Be with, respectively this switch module 3 can be known the logical address of each switch module 3 in this group, uses to transmit mutually this steering order C1, this second switching command S2, and this second source status information I2 by this wireless transmit/receive units 35.It is worth mentioning that this lock track control unit 1, respectively this jack module 2, and this wireless transmit/receive units 11,21,35 on this switch module 3 respectively are mainly a Zigbee signal transmitting and receiving unit, come wireless transmission instruction and information by the Zigbee agreement each other.And, the instruction of transmitting by this wireless transmit/receive units 11,21,35 and information are (namely, this steering order C1, this first switching command S1, this second switching command S2, this first power state information I1, this second source status information I2, and this magnitude of current information I3), meet the regulation of DALI agreement.
Yet respectively this wireless transmit/receive units 11,21,35 still can be other wireless transmission interface, such as bluetooth (Bluetooth) transmission interface or Wi-Fi transmission interface etc.; Moreover, this lock track control unit 1, respectively this jack module 2, and respectively this switch module 3 also can pass through DALI data line or line of electric force (Power Line Communication, the transmission interface such as PLC) directly transmitting above-mentioned instruction and information by this power lead 4, but is not limited.
The above only is preferred embodiments of the present invention, and is non-so namely limit to claim of the present invention, so the equivalence of such as using content of the present invention to do changes, all in like manner all is contained in the scope of the present invention, closes and gives Chen Ming.
Claims (18)
1. an intelligent electric source control system is characterized in that, comprising:
One lock track control unit receives order that the running gear of an outside sends and start, and this lock track control unit comprises:
One wireless network module is with the wireless connections of this action device, to receive this order;
One microprocessing unit is electrically connected this wireless network module, produces one first switching command according to this order;
One wireless transmit/receive units is electrically connected this microprocessing unit, externally sends this first switching command, and receives outside one first power state information that transmits; And
One storage unit is electrically connected this microprocessing unit, stores outside this first power state information that transmits; And
A plurality of jack modules, respectively with these lock track control unit wireless connections, receive this first switching command that this lock track control unit sends, respectively this jack module switches respectively the power supply status of self according to this first switching command, and produces this first power state information and be back to this lock track control unit.
2. intelligent electric source control system according to claim 1, it is characterized in that this lock track control unit also comprises an Ethernet module, is electrically connected this microprocessing unit, this Ethernet module is connected by the terminating machine of grid line with an outside, the order of sending to receive this terminating machine.
3. intelligent electric source control system according to claim 1 is characterized in that, this jack module comprises:
One power supply is tracked down the unit, is electrically connected a power lead, removes for leading on-off in order to the power supply status that switches and detect this jack module;
One microprocessing unit is electrically connected this power supply and tracks down the unit, and the testing result of tracking down the unit according to this power supply produces this first power state information; And
One wireless transmit/receive units is electrically connected this microprocessing unit, in order to receiving this first switching command, and externally transmits this first power state information of self.
4. intelligent electric source control system according to claim 3, it is characterized in that this jack module also comprises a socket, be electrically connected this power supply and track down the unit, this jack module offers this external electronic by this socket grafting external electronic with the electric energy that this power lead is supplied with.
5. intelligent electric source control system according to claim 3, it is characterized in that this jack module also comprises a lamp socket, be electrically connected this power supply and track down the unit, this jack module connects bulb by this lamp socket, offers this bulb with the electric energy that this power lead is supplied with.
6. intelligent electric source control system according to claim 3 is characterized in that, this lock track control unit is by digital addressable lighting interface agreement and respectively these jack module wireless connections, so that this jack module is respectively carried out addressing.
7. intelligent electric source control system according to claim 6, it is characterized in that, this lock track control unit and this jack module respectively are by this first switching command of Zi gbee agreement wireless transmission and this first power state information, and the instruction of transmitting and information conforms digital addressable lighting interface agreement.
8. intelligent electric source control system according to claim 7, it is characterized in that, this power supply on this jack module is tracked down the magnitude of current that the unit more detects this jack module, and the magnitude of current information that transmits is stored in this storage unit of this lock track control unit to this lock track control unit.
9. intelligent electric source control system according to claim 7, it is characterized in that, this jack module also comprises a display unit, be electrically connected this microprocessing unit, this power supply on this jack module is tracked down the magnitude of current that the unit also detects this jack module, and shows a magnitude of current information on this display unit.
10. intelligent electric source control system according to claim 9, it is characterized in that, store at least one contextual model in this storage unit of this lock track control unit, the power supply status of pre-recorded respectively this jack module of this at least one contextual model, this lock track control unit sends this first switching command to this jack module respectively according to this contextual model, and order respectively this jack module switches to power supply status that should contextual model.
11. intelligent electric source control system according to claim 1, it is characterized in that, also comprise a plurality of switch modules, respectively with these lock track control unit wireless connections, respectively this switch module receives the steering order that this lock track control unit sends, with the power supply status that detects self and return respectively a second source status information and store to this lock track control unit, and this lock track control unit sends one second switching command to this switch module respectively, to switch the respectively power supply status of this switch module.
12. intelligent electric source control system according to claim 11 is characterized in that, respectively this switch module externally connects respectively a power lead and a load elements, offers this load elements with the electric energy that this power lead is supplied with, and respectively this switch module comprises respectively:
One power supply is tracked down the unit, is electrically connected this power lead, removes for leading on-off with the power supply status that switches and detect this switch module;
One switch element is subjected to the outside to control to control the switching that this power supply is tracked down the unit;
One micro-control unit is electrically connected this power supply and tracks down unit and this switch element, and produces this second source status information according to the testing result that this power supply is tracked down the unit;
One wireless transmit/receive units is electrically connected this micro-control unit, receives outside this steering order and this second switching command that transmits, and externally sends this second source status information;
One storage unit is electrically connected this micro-control unit, in order to store this second source status information; And
One load seat is electrically connected this power supply and tracks down the unit, and this switch module connects this load elements by this load seat.
13. intelligent electric source control system according to claim 12 is characterized in that, this lock track control unit and respectively this switch module by the wireless connections of digital addressable lighting interface agreement, to carry out addressing.
14. the intelligent electric source control system of stating according to claim 13, it is characterized in that, this lock track control unit and this switch module respectively are by this steering order of Zigbee agreement wireless transmission, this second switching command and this second source status information, and the instruction of transmitting and information conforms digital addressable lighting interface agreement.
15. intelligent electric source control system according to claim 14, it is characterized in that, respectively each other wireless connections of this switch module, to consist of a group, has a main switch module in this group, when this main switch module is subjected to external drive and enters a mode of learning, this main switch module receives and stores this second source status information that all these switch modules in this group transmit, when this main switch module is subjected to external drive and starts one when recovering pattern, send this second switching command according to these stored second source status informations, make all these switch modules in this group switch the power supply status of self, the power supply status when entering mode of learning to revert to.
16. intelligent electric source control system according to claim 15, it is characterized in that, when this main switch module enters this mode of learning, send this steering order all these switch modules to this group, make all these switch modules detect the power supply status of self, and return this second source status information to this main switch module.
17. intelligent electric source control system according to claim 16 is characterized in that, when this main switch module entered mode of learning, this switch module of all in this group was sent to this second source status information in this lock track control unit simultaneously and stores.
18. intelligent electric source control system according to claim 15 is characterized in that, this switch element is a touch control type switch.
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| CN201110317406.9A CN103048957B (en) | 2011-10-12 | 2011-10-12 | Intelligent electric source control system |
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| CN201110317406.9A CN103048957B (en) | 2011-10-12 | 2011-10-12 | Intelligent electric source control system |
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| CN105988446A (en) * | 2015-02-17 | 2016-10-05 | 朗捷科技股份有限公司 | Area-based group switch control system |
| CN107643692A (en) * | 2017-09-13 | 2018-01-30 | 河南省三禾电气有限公司 | Energy efficiency management system and method |
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| CN103048957B (en) | 2015-10-07 |
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